Implement SSO with Cyberoam

SD-WAN is poised to play a key role in the enterprise WAN market which is seeing a consolidation of diverse submarkets such as infrastructure, security, management, and monitoring. As is the case for any growing and evolving industry with a high total addressable market (TAM) potential, many vendors, both large and small, have come up with SD-WAN products and solutions. Standards are still evolving and solutions reflect the varying perspectives, strengths, and weaknesses of vendors. That has led to a fair bit of confusion about the solution spectrum. What and how should you evaluate an SD-WAN solution?

With the proliferation of 4G LTE across the globe and evolution of WiFi standards to support Gigabit connectivity in building (home, enterprise, high-density venues, etc.), there has been a steady rise in data consumption at the network's edge. This demand for high bandwidth on the radio access has led to growing demand for high-bandwidth backhaul connectivity. The natural choice for backhaul connectivity has been fiber, and networks across the world are extending fiber reach to as close to the network edge as possible. But can a converged infrastructure or fiber++ bring better value to the end consumer and make case for a better economics? In the recent past, 5G and particularly the 5GNR standard, has generated renewed interest in fixed wireless access, with the focus primarily on offering broadband connectivity to homes.

The digital transformation is affecting enterprise networks driving a heightened need for infrastructure agility. It requires a rethinking of traditional approaches and focuses on business outcomes. Webinar highlights: The various network infrastructure management challenges posed by the digital transformation, How to achieve network infrastructure agility, The advantages of Network Automation.

Intent-based networking (IBN) is the catch-all term for the gradual shift from today’s manual network operations to a more hands-off automated ecosystem. Using AI, sensor-driven data flows, virtual abstraction and a host of other technologies, the idea is simply to define what you hope to achieve, then let the data environment itself configure the network in the most optimal way to suit those needs.